When testing plastic films with a haze meter, it’s easy to fall into a common misunderstanding: “If the haze in the results is 79%, then transmittance must be 21%, right?” Wrong. That’s not how optical properties work. In this blog, we’ll break down the difference between haze and transmittance, explain why high haze doesn’t mean…
In the ink industry, accuracy and speed are critical — especially when producing consistent colors across different print jobs and substrates. Ink color matching software is a specialized digital tool that analyzes a physical color sample and helps manufacturers accurately recreate that exact color by generating a precise ink formulation. It works in combination with…
When testing stepper motors, pull-in and pull-out torque are two critical parameters that define the motor’s performance. These characteristics determine whether your motor will start, stop, and run reliably under varying loads and speeds. Understanding and accurately measuring these torques is essential for applications ranging from precision robotics to industrial automation. What Is Pull-In Torque?…
In the paint industry, accuracy and speed are essential — especially when it comes to color. Paint color matching software is a digital tool that analyzes a physical color sample and helps manufacturers recreate that exact color by providing a precise paint formulation. It works in combination with a spectrophotometer to measure color values (LAB)…
In the print industry, trapping refers to the ability of one ink to print correctly over another. When two or more process colors overlap (like cyan over magenta), they need to “trap” properly — meaning the second ink must adhere to the dried or semi-dried surface of the first ink without issues. Poor trapping leads…
In the plastics industry, color accuracy and consistency are essential for product quality, brand identity, and customer satisfaction. Spectrophotometers are widely used to measure color, but one key factor that influences accuracy is the type of light source—typically LED or UV. Each light source interacts differently with plastic materials, affecting how color is captured and…
When it comes to measuring ink viscosity in print industry, the right viscometer makes all the difference in accuracy, consistency, and long-term performance. Let’s explore three popular types: Diaphragm, Vibration, and Falling Body Viscometers. Diaphragm Viscometer Diaphragm Viscometers operate by applying pressure across a diaphragm and measuring how much resistance the ink applies to a…
In motor testing and development, accuracy isn’t optional, it’s essential. Torque and speed are two key factors that shows how well a motor is performing. Engineers rely on these measurements to test the motor’s strength, efficiency, and overall quality. To measure them, they use a system called dynamometer. But even the best dynamometer can give…
In the paint industry, accurate color measurement is critical for ensuring color consistency, customer satisfaction, and efficient production. One important factor that significantly influences measurement results is the type of light source used in the spectrophotometer—most commonly LED or UV light. LED light sources are increasingly popular due to their energy efficiency, long lifespan, and…
In industries where color accuracy matters such as print, paints, plastics, textiles, and packaging etc. Spectrophotometers play a critical role in ensuring consistent and reliable color measurement. However, even the most advanced instruments can drift over time due to environmental factors, wear and tear, or internal component aging. That’s where calibration comes in. Calibration is…